Bespoke consulting and engineering for teams building edge AI systems. We work alongside your team to get from concept to deployed product.
Three areas of expertise, tailored to your project.
Custom drivers, applications, and interfaces built on the NEPI platform. We develop the software your system needs to connect hardware, run AI models, and automate workflows specific to your use case.
Hardware prototyping, system integration, and packaging for edge deployments. We configure and test edge-compute hardware for your environment, whether that's a lab bench, a factory floor, or 3,000 meters underwater.
Product modernization, process automation, and remote operations. We help teams upgrade existing systems with edge AI capabilities or build new automation workflows for ongoing operations.
Every engagement starts with understanding your specific problem. We don't sell generic packages. We scope the work, agree on deliverables, and build exactly what your project needs.
A straightforward process designed to get your project moving quickly.
We learn about your system, your goals, and your constraints. Together we define what needs to be built, what the deliverables look like, and how long the work will take.
With scope agreed, we align on timelines, communication cadence, and technical approach. Your team and ours establish working relationships and shared context.
Our engineers work alongside your team on the agreed deliverables. Whether consulting, development, or integration, you have visibility into progress throughout.
We deliver the outputs defined during scoping: working software, configured hardware, documentation, and the knowledge transfer your team needs to operate independently.
Our engineering services have helped teams ship products across maritime, defense, education, and commercial sectors.
360-degree automated maritime threat detection on autonomous surface vehicles. Six-month development cycle.
AI-enabled sonar products developed and shipping in 5 months with two engineers.
AI-driven subsea inspection automation connected to an ROV control system.
Student capstone project: AI-based drone automation and remote monitoring for search and rescue.
Tell us what you're building and we'll scope an engagement that fits.